空气力学

The study of aeromechanics is essential for the design of efficient aircraft.
空气力学的研究对于设计高效飞机至关重要。
Aeromechanics involves the interaction between air and the structure of an aircraft.
空气力学涉及空气与飞机结构之间的相互作用。
The aeromechanics of flight have been studied for centuries, leading to numerous advancements in aviation technology.
飞行的空气力学已经研究了几个世纪，导致航空技术领域出现了许多进步。
In order to improve fuel efficiency, engineers must understand the aeromechanics of their aircraft designs.
为了提高燃油效率，工程师必须理解他们对飞机设计的空气力学。
The aeromechanics of takeoff and landing are critical to ensuring a safe flight.
起飞和降落的空气力学是确保飞行安全的关键。
Aeromechanics also plays a role in the development of new materials for aircraft construction.
空气力学也在飞机制造新材料的发展中发挥作用。
The study of aeromechanics has led to the creation of more advanced flight control systems.
对空气力学的研究导致了更先进的飞行控制系统的发展。
Aeromechanics is a complex field that requires expertise in both fluid dynamics and structural engineering.
空气力学是一个复杂的领域，需要流体动力学和结构工程方面的专业知识。
To fully understand the aeromechanics of a helicopter, one must consider factors such as rotor speed and blade pitch.
要全面了解直升机的空气力学，就必须考虑诸如旋翼速度和叶片倾斜角度等因素。
Advances in aeromechanics have allowed for the development of more efficient and safer aircraft designs.
空气力学的进步使得开发出更高效和更安全的飞机设计成为可能。